No question was provided, I will provide a general description of the figure.

The figure illustrates a physical system involving two masses, (m_1) and (m_2), connected by a system of pulleys and strings. Here's a breakdown of the components:

1. Masses: Two masses, (m_1) and (m_2), are positioned on a horizontal surface. These masses are likely subject to forces and constraints within the system.
2. Pulleys: There are three pulleys labeled (A), (B), and (O). Pulleys (A) and (B) appear to be fixed in their positions, while pulley (O) is connected to an external force.
3. Strings: The strings connect the masses and pulleys, transmitting force throughout the system.
4. Force: A force (\vec{F}\) is applied downwards on pulley (O). This force acts as the driving force of the system, affecting the motion of the masses.

The system likely involves concepts of tension, friction, and equilibrium. Analyzing the forces acting on each mass and pulley is essential to understanding its behavior.